i1 &i2 C3 (i). Draw the phasor diagram of an ideal transformer supplying resistive load.C3 (ii). The primary and secondary winding of an transformer has 90 turns and 50 turns,respectively. If the primary is connected to 205 V, 50 Hz mains and the maximum fluxdensity is 2.5 tesla. Calculate (a) the cross-sectional area of the core, and (b) the voltageinduced in Secondary Winding.The cross sectional area of core isThe voltage induced in Secondary Winding isC3 (iii). The armature of a 4 pole DC shunt generator has 34 slots and is lap wound with10 conductors per slots. The shunt field resistance of 52 ohms and an armatureresistance of 2.5 ohms. The flux per pole is 0.04 Wb and each brush drop is 2 V. If theload resistance of 24 ohms is connected across the armature terminals and thegenerator is driven at 845 rpm.The Armature current isThe power absorbed by the load is

An ideal transformer is one which has no losses (no iron loss and no copper loss) and no leakage…

Answered: C3 (i). Draw the phasor diagram of an…

Engineering

Electrical Engineering

C3 (i). Draw the phasor diagram of an ideal transformer supplying resistive load.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Question

i1 &i2

C3 (i). Draw the phasor diagram of an ideal transformer supplying resistive load.
C3 (ii). The primary and secondary winding of an transformer has 90 turns and 50 turns,
respectively. If the primary is connected to 205 V, 50 Hz mains and the maximum flux
density is 2.5 tesla. Calculate (a) the cross-sectional area of the core, and (b) the voltage
induced in Secondary Winding.
The cross sectional area of core is
The voltage induced in Secondary Winding is
C3 (iii). The armature of a 4 pole DC shunt generator has 34 slots and is lap wound with
10 conductors per slots. The shunt field resistance of 52 ohms and an armature
resistance of 2.5 ohms. The flux per pole is 0.04 Wb and each brush drop is 2 V. If the
load resistance of 24 ohms is connected across the armature terminals and the
generator is driven at 845 rpm.
The Armature current is
The power absorbed by the load is

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